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This tutorial introduces the basics of generics in Go. With generics, you can declare and use fun...

This tutorial introduces the basics of fuzzing in Go. With fuzzing, random data is run against yo...

This tutorial introduces the basics of accessing a relational database with Go and the database/...

Starting in Go 1.21, the Go distribution consists of a go command and a bundled Go toolchain, wh...

Table of Contents: Background Overview Configuration Counters Reporting and Uploading Charts Tel...

Back to Go Security Overview Go helps developers detect, assess, and resolve errors or weaknesses...

Back to Go Security Editors integrated with the Go language server, such as VS Code with the Go e...

Back to Go Vulnerability Management Overview The Go vulnerability database (https://vuln.go.dev) ...

Back to Go Vulnerability Management Overview The Go CNA is a CVE Numbering Authority, which issue...

This document defines the general threat model for the Go toolchain and standard library. In the ...

This document explains the Go Security team's process for handling issues reported and what to ex...

This page provides resources for Go developers to improve security for their projects. (See also:...

This document provides an overview of the technical details of the native fuzzing implementation,...

Go supports fuzzing in its standard toolchain beginning in Go 1.18. Native Go fuzz tests are supp...

Starting with Go 1.24, Go binaries can natively operate in a mode that facilitates FIPS 140-3 com...

This document includes decisions the Go Security team has made about various commonly-reported is...

Back to Go Security This page provides Go developers with best practices for prioritizing the sec...

Starting in Go 1.20, the Go compiler supports profile-guided optimization (PGO) to further optimi...

A module's developer uses each part of a module's version number to signal the version’s stabili...

When you develop modules for use by other developers, you can follow a workflow that helps ensure...